Science is said to be a practical subject and should be taught and practiced with experiments or simulations. But when it comes to concepts like electricity, it is difficult to teach as it deals with a lot of safety concerns, though the prototypes and the models of electric circuits can be demonstrated. In such cases, digital platforms can be employed as they help learners to explore, experiment, and deeply understand the world of electricity.
There are many online electricity games that can transform the complex subject of electricity into an enjoyable learning experience. These games aim to bridge the gap between theoretical knowledge and practical application by offering the opportunity to learn from interactive simulations. So, What are you still holding out for? Prepare to amp up and take on the challenges given in the following listed adventurous yet educational online electricity games!
Play and learn electrical concepts with these online games
1. Sims Tester
Sims Tester is a simple yet engaging game designed to teach players about materials that conduct and insulate electricity. Knowing about conductors and insulators is the first and essential step to learning about electricity, In the game, players are presented with a series of objects, and they must sort them into the correct category of conductors or insulators.
To play the game, the player needs to click on one of the two baskets labeled “conductors” or “insulators” to select their answers and the object will directly fall into the selected basket. A star will be awarded if the answer will be correct and if not, then the object will go back letting the player know that their selection is incorrect. The game also provides information about the properties of different materials, helping players learn about the factors that affect the flow of electricity.
2. Electricity Circuit Game
The game presents different challenges to complete an electric circuit by changing the different components given like a battery of more power, an electric wire, an electric bulb, a coiled wire, etc. as per the challenge given. To learn and practice about symbols of electric components you can click on the option “Diagram” to see the circuit in symbolic form which will help you learn how to present the circuit in a diagram.
With captivating visuals and a variety of challenges, this game helps with building a strong foundation for the concept of electricity. The interactive feature of this game holds the attention of children and helps with building focus and conceptual knowledge.
3. Electricity sims
This game is an interactive simulation that challenges you to connect a circuit using alligator leads to meet different goals. For example, you might have to make a light bulb glow or a motor spin. This game of electricity revolves around the objective of connecting the alligators in the right way and to the right points. The game helps you learn about making and completing the electric circuits by connecting the components in the right way.
The game also teaches you about some basic concepts of electricity, such as voltage, current, and resistance. By playing this game, you can experiment with different combinations of batteries, wires, switches, bulbs, motors, and buzzers, and see how they affect the voltage, current, and resistance in the circuit.
4. Sortify: Current Electricity
This game is an educational game that helps you learn about the components of electricity, which are either used to form an electric circuit or are a result of different types of electric circuits. The game challenges you to sort different items into categories based on their properties or characteristics. For example, you might have to sort different SI units of electricity like ohm, watt, and ampere in one bucket, and electrical appliances like electric heaters, hair dryers, washing machines, TV in another bucket.
The game also gives you feedback on your choices and explains why they are correct or incorrect. By playing this game, you can practice your critical thinking and problem-solving skills, and test your knowledge and understanding of current electricity. Also, various activities can be employed for building and developing sorting skills in children as well as adults.
5. Electrio
Electricity is the flow of current from one point to another and this current is actually the flow of electrons that carries a charge. These can be positive as well as negative charges and current flows when these electrons move from the negative terminal to the positive terminal of the battery. This game introduces the concept of electrons and their connectivity for the smooth flow of current.
The game presents different charges that have to be connected in a single line and in a way that the current flows smoothly. Here, the player needs to carefully connect these charges and complete the circuit. Difficulty increases with varying levels. The visuals and the theme holds the attention of students and let them work on their critical thinking as well as problem-solving skills.
6. Crack the Circuit
Crack the Circuit is a physics game about circuits that will spark your curiosity! You have to use batteries, bulbs, and switches to solve the mystery circuit. You can learn about series and parallel circuits, short circuits, and more! The game is created by Universe & More, an interactive physics resource website.
The game has different levels of difficulty and challenges. You can drag and drop the components to create a circuit that matches the given clues. You can also use a voltmeter and an ammeter to measure the voltage and current in the circuit. If you are stuck, you can click on the Hint button for some help. The level will be cleared once the circuit is complete and the challenge of glowing the bulbs is solved by connecting the components in the right way.
7. Power Units
Power Units is a physics learning game that tests your knowledge of the orders of magnitude of power (Watts). You have to sort the units of power by their equivalents and place them in a pyramid. You can learn about the multiples of watts, such as femtowatt, picowatt, nanowatt, microwatt, milliwatt, kilowatt, megawatt, gigawatt, and terawatt.
The game has a timer and a score system. You can drag and drop the blue circles with the power units to the corresponding sockets in the pyramid. For example, you can place 1MW in the socket where 1000 Kilowatts is. You can check your answer by clicking on the Check button. If you are correct, you will get points and move to the next level. If you are wrong, you will lose points and time. You can also click on the Help button for some hints. You can also check other games and activities to get a strong hold on metric conversions.
8. Spot the Hazard
Spot the Hazard is a safety learning game that teaches you how to identify and avoid electrical hazards in different scenarios. The game is created by UK Power Networks, a company that distributes electricity to millions of homes and businesses. In this game, you have to click on the areas where hazards are present and learn why they are dangerous.
Moreover, you can also learn about the safety rules and tips to prevent accidents and injuries. The game has four different scenarios: home, garden, street, and park. Each scenario has a different number of hazards to find. You can see your score and progress at the top of the screen. You can also use the Hint button if you need some help. The game’s ultimate goal is to equip students with the different scenarios and things to be taken care of while using electricity.
9. Current Comparison
Current comparison is a physics learning game that teaches you about the concept of electric current and how it is measured. You have to compare the current in different circuits and arrange them in ascending or descending order. You can learn about the factors that affect the current, such as voltage, resistance, and number of branches.
The game has 10 levels of difficulty and complexity. The diagram and the formula are given on the top of the screen that shows how the current is calculated with the help of voltage and resistance. When you select an object, the values will be shown above and you need to solve and see what current value the object will produce. Then place the object in a given meter according to the value.
You can drag and drop the current values to the corresponding circuits. You can check your answer by clicking on the Check button. If you are correct, you will get points and move to the next level. If you are wrong, you will lose points and the game will not move forward.
10. Electricity and Magnetism
This fun educational game includes a quiz related to electricity and magnetism that will equip students with the topics like magnetic fields, poles, conductors and insulators, conducting electricity, and more. The game can be played individually as well as by 2 players at a time answering and checking their understanding of a concept.
The game starts by asking a number of players and then it proceeds with the questions along with 4 options in a MCQ format. Read carefully and select the right option to score a point and proceed further. This interactive game can be played as a quiz game at the end of the lesson as a form of small fun assessment to evaluate the understanding of the students on the concept.
Conclusion
Finally, electrical games may be a useful tool for learning and comprehending scientific ideas pertaining to electricity, circuits, and other related subjects. Learning becomes more pleasurable and exciting because to the interactive learning experience that these games offer. Additionally, they can offer interactive, visual representations of scientific ideas, real-time feedback, and chances for practice and repetition, all of which can aid students in comprehending scientific ideas more thoroughly.
A number of online electricity games, like the ones mentioned above, may instruct players on the fundamentals of electrical circuits, the characteristics of materials that conduct and insulate electricity, and the theories of optics and light reflection. These video games provide interactive learning opportunities that can aid in knowledge retention and real-world application.
I am Shweta Sharma. I am a final year Masters student of Clinical Psychology and have been working closely in the field of psycho-education and child development. I have served in various organisations and NGOs with the purpose of helping children with disabilities learn and adapt better to both, academic and social challenges. I am keen on writing about learning difficulties, the science behind them and potential strategies to deal with them. My areas of expertise include putting forward the cognitive and behavioural aspects of disabilities for better awareness, as well as efficient intervention. Follow me on LinkedIn